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- Improvement of the precision measurement methods to characterize our radiation fields
- Measurement of interaction data of neutrons with matter (cross sections)
- cross sections for neutron activation (energy range 6 to 15 MeV)
- cross sections for neutron scattering (energy range 6 to 15 MeV)
- Operation of an ion microbeam (protons, deuterons and α-particles) for radiobiological research and other applications
- Operation of a water calorimeter for neutrons and high-energy ions
- Neutron metrology in high-energy neutron fields
- Neutron spectrometry
- time-of-flight spectrometry (with ionization chamber and scintillation detectors)
- spectrometry with proportional counters
- spectrometry with liquid scintillation detectors
- Investigations into the biological effect of neutrons, protons and &alpah;-particles
(irradiaiton of biological samples and of single cells with the ion microbeam)
- Investigation of the energy deposition of ionizing radiaiton (W-values for ions in gases)
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Page created: 2003-07-01, last update: 2004-11-24, Webmaster Abt. 6 |
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